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Medical device and health technology recalls from FDA. Includes diagnostic equipment, implants, monitors, and therapeutic devices.
Label is incorrect. The product label indicates that the device contains an air eliminating filter. However, the filter utilized on this extension set is not indicated for removal of air and does not feature an air vent, which is common to air eliminating filters.
Generations 67 and above of VITROS Ca Slides are experiencing an increased occurrence of Condition Code TH4-63J during calibration on VITROS XT 3400 and VITROS XT 7600 Systems, causing calibration failures that delay calcium test results and potentially impact patient management. The imaging reflectometer algorithm detects excessive "spikes" (imperfections) in slide images and generates the TH4-63J condition code when the threshold of 600 spikes is exceeded. Updated analysis revealed a 19-fold increase in failure rates from 0.0043% (2024 baseline) to 0.082% for Generation 67+ slides in 2025, with 100% of calibrator failures occurring at the lowest concentration level. This can result in delayed diagnosis and treatment of conditions such as hypercalcemic crisis, parathyroid disorders, and other calcium-related emergencies requiring urgent intervention.
Potential for the manometer port being blocked rendering the manometer non-functional.
Wire break(s) have occurred in rechargeable deep brain stimulation implantable pulse generators, implanted in the submuscular pectoral location. Wire breaks prevent successful stimulation, thus requiring device removal/replacement and users may experience high monopolar impedances, undesired sensation, loss of therapy, return of symptoms and/or Bluetooth connectivity challenges.
Resistance and difficulties could occur while closing the retaining clip locking mechanism, which is part of a burr hole cover kit, which is part of a Deep Brain Stimulation (DBS) system, which may lead to procedural delay, or lead-migration-which may require additional surgery.
Infusion pump module used with compatible pump infusion sets may perform outside the established performance ranges for flow rate and bolus accuracy, downstream and upstream occlusion time to alarm, and post-occlusion bolos volume.
Infusion pump module used with compatible pump infusion sets may perform outside the established performance ranges for flow rate and bolus accuracy, downstream and upstream occlusion time to alarm, and post-occlusion bolos volume.
Control kits contain incorrect standard deviation (SD) values for the low and high control beads which compromises the accurate calculation of bead counts.
Affected kits contain recalled Stryker Color Cuff Sterile Disposable Tourniquet Cuffs. Stryker Instruments initiated this recall due to a potential manufacturing defect in which the flange may detach from the bladder at the welded connection point. This detachment compromises the cuff's ability to maintain adequate air pressure, potentially resulting in tourniquet failure and increased risk of patient hemorrhaging.
Certain batches are being removed due to an increase in complaints received in which physicians encountered greater than anticipated resistance while attempting to withdraw the stent delivery system (SDS) from the guidewire or embolic protection device (EPD) after successful stent deployment. The most serious potential adverse health consequence is stroke. Other risks include delay to procedure, vessel injury, vessel spasm, or stent disruption/damage necessitating additional intervention.
Siemens Healthcare Diagnostics Inc. has confirmed that a negative sodium bias may exist in some epoc test card lots. All other analytes are performing as intended. The observed average bias for sodium was -4.4 mmol/L. The maximum bias observed was -14 mmol/L, which occurred at a higher sodium concentration around 150 mmol/L. No positive bias has been observed. Quality Control (QC) fluid may or may not detect the issue depending on the bias magnitude and the frequency of QC testing.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.
To provide clarification and labelling to define the useful life of ultrasound transducers in the field.